[논문]프리팹 교량의 DfMA를 위한 디지털엔지니어링 모델 정의

두이-쿠엉 응구옌; 노기태; 심창수

doi:10.13161/kibim.2022.12.1.010

프리팹 교량의 DfMA를 위한 디지털엔지니어링 모델 정의
Definition of Digital Engineering Models for DfMA of Prefabricated Bridges 원문보기

Journal of KIBIM = 한국BIM학회논문집, v.12 no.1, 2022년, pp.10 - 22

두이-쿠엉 응구옌 (중앙대학교, 토목공학과) , 노기태 (중앙대학교, 토목공학과) , 심창수 (중앙대학교, 사회기반시스템공학부)

Abstract ▼ AI-Helper

Prefabricated bridges require strict management of tolerance during fabrication and assembly. In this paper, digital engineering models for prefabricated bridge components such as deck, girder, pier, abutment are suggested to support information delivery through the life-cycle of the bridge. Rule-based modeling is used to define geometry of the members considering variable dimensions due to fabrication and assembly error. DfMA(design for manufacturing and assembly) provides the rules for ease of fabrication and assembly. The digital engineering model consists of geometry, constraints and corresponding parameters for each phase. Alignment and control points are defined to manage tolerances of the prefabricated bridge during fabrication and assembly. Quality control by digital measurement of dimensions was also considered in the model definition. A pilot bridge was defined virtually to validate the suggested digital engineering models. The digital engineering models for DfMA showed excellent potential to realize prefabricated bridges.

주제어

표/그림 (13)

그림 Figure 1. Role of digital engineering models for a prefabricated bridge
그림 Figure 2. Definition of LOD
그림 Figure 3. Modeling algorithm and its data model
그림 Figure 4. Inventory system of a prefabricated bridge using DEM
그림 Figure 5. Data model uses for fabrication and assembly
그림 Figure 6. Assembly check considering girder deformation
그림 Figure 7. Adjustment of lateral deformation of girders by prefab lateral beams
그림 Figure 8. Geometry management of shear connections by data models
그림 Figure 9. Preassembly check for full-depth prefabricated bridge slabs
그림 Figure 10. Management of vertical tolerances
그림 Figure 11. Process of As-built digital model update
그림 Figure 13. Data model and its revision for a totally prefabricated bridge
그림 Figure 12. Geometry management of a totally prefabricated bridge

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